
NiAl95/5 Thermal Spray Wire
Ni-Al Arc Spray wire for bond coats and one-step restoration, reported with about 93% Ni rather than a composition inferred from the 95/5 name.

Thermal spray wires
Solid Ni-Cr-Mo-Fe-Cb/Ta Arc Spray wire defined by the source table, with HRB 92 hardness, 48.26 N/mm² bond strength and three published diameters.
Composition of Ni 62.5%, Cr 22%, Mo 10%, Fe 2% and Cb+Ta 3.5%
Published bond strength of 48.26 N/mm²
Three diameters with standard or custom packaging
Although the page heading is generic, its technical table defines a solid alloy containing 62.5% Ni, 22% Cr, 10.0% Mo, 2.0% Fe and 3.5% combined Cb+Ta. This record follows that table and does not call the product NiAl because no aluminium is published. Beyond the listed technical data, the chemistry is not used to infer additional applications for the wire.
The source publishes HRB 92 hardness, 48.26 N/mm² bond strength and an 11 lbs/hr/100A deposit rate. Wire diameters are 1.6, 2.0 and 3.175 mm, supplied in 10 kg, 15 kg or custom packages. The page also claims bonding-layer use; this record treats that as a stated application rather than proof derived solely from the alloy chemistry.
The source page claims bonding-layer use in an Arc Spray system; it publishes no additional application field, and the composition table itself does not prove that claimed role.

Ni-Al Arc Spray wire for bond coats and one-step restoration, reported with about 93% Ni rather than a composition inferred from the 95/5 name.

NiCrTi 45CT wire for protecting boiler tubes against sulfidation and sulfur-vanadium atmospheres; the source does not identify the operating spray process.

Martensitic SS420 wire for Arc Spray deposits with high hardness, strong bonding, low shrinkage and suitability for wear-resistant dimensional repair.

High-purity zinc wire for sacrificial-anode protection of steel in atmospheric and seawater service; the published assay contains no aluminium.